Category Archives: Adaptation

Climate Change Escapism

In Spain Greenpeace has published a short photo book Photoclima that uses estimates from IPPC and photomontages to show six landscapes of Spain a changed climate. The book is bilingual in Spanish and English.

By Pedro Armestre and Mario Gómez. La Manga del Mar menor, Murcia now and after a few decades of climate change,

On BLDGBLOG Geoff Manaugh comments on how this project, and how not to envision the future in Climate Change Escapism:

The basic idea here is that these visions of flooded resort hotels, parched farmlands, and abandoned villages, half-buried in sand, will inspire us to take action against climate change. Seeing these pictures, such logic goes, will traumatize people into changing how they live, vote, consume, and think. You can visually shock them into action, in other words: one or two glimpses of pictures like these and you’ll never think the same way about climate change again.
But I’m not at all convinced that that’s what these images really do.

In fact, these and other visions of altered planetary conditions might inadvertantly be stimulating people’s interest in experiencing the earth’s unearthly future. Why travel to alien landscapes when you can simply hang around, driving your Hummer…?

Climate change is the adventure tour of a lifetime – and all it requires is that you wait. Then all the flooded hotels of Spain and south Florida will be yours for the taking.
Given images like these, the future looks exciting again.

Of course, such thinking is absurd; thinking that flooded cities and continent-spanning droughts and forest fires will simply be a convenient way to escape your mortgage payments is ridiculous. Viewing famine, mass extinction, and global human displacement into diarrhea-wracked refugee camps as some sort of Outward Bound holiday – on the scale of a planet – overlooks some rather obvious downsides to the potentially catastrophic impact of uncontrolled climate alteration.

Whether you’re talking about infant mortality, skin cancer, mass violence and rape, waterborne diseases, vermin, blindness, drowning, and so on, climate change entails radically negative effects that aren’t being factored into these escapist thought processes.

But none of those things are depicted in these images.

These images, and images like them, don’t show us identifiable human suffering.

Experimental approaches to development

Declan Butler’s Nature News article Field trials aim to tackle poverty describes how development experiments are being used to test approaches to development.  Others have taken a similar approach, Ricardo Godoy and his collaborators took an experimental approach to development anthropology in the Bolivian amazon.  But it is encouraging to see adaptive management type approach being applied to development problems.

The Abdul Latif Jameel Poverty Action Lab (J-PAL) is pioneering the concept of randomized trials, more commonly associated with drug safety tests, to assess what works and what doesn’t in development and poverty interventions. The strategy has inspired the World Bank, which in December will choose winning proposals in a €10.4-million (US$14.9-million), 3-year programme that will use randomized trials to study the fight against poverty.

Based at the Massachusetts Institute of Technology in Cambridge, J-PAL was founded in 2003 and this year has more than 60 projects on the go in 21 countries. Esther Duflo, one of the lab’s founders, says she set it up to help rigorously test the many programmes that are meant to aid the poor. “Whereas one would not dream of putting a new drug on the market without a randomized trial,” she says, “such evaluations were, and to a certain extent still are, very rare for social programmes.”

Although young, J-PAL has already notched up some successes. One of its first studies, involving more than 30,000 youngsters in rural Kenya, found that deworming children reduced the number of days taken off school by 25% (E. Miguel and M. Kremer Econometrica 72, 159-217 ; 2004). Another study, in India, showed that hiring young local women to help at schools with underperforming students significantly increased test scores, and was six times cheaper than the computer-assisted learning already being tested (A. Banerjee et al . Q. J. Econ. 122, 1235-1264 ; 2007). “J-PAL’s results in education are solid and important,” says Nilima Gulrajani, an expert in aid management at the London School of Economics and Political Science.

… But Gulrajani urges against excessive enthusiasm for randomized trials in poverty research. She worries that policy-makers may jump on the findings as scientific too soon, and apply them too broadly — neglecting painstaking, but seemingly softer, classical social-science studies. At the same time, she praises J-PAL’s concept. “It’s the first attempt to approach poverty research in a scientific, controlled, experimental way,” she says. “You are going to see this being increasingly adopted. It is a fantastic idea.”

Adaptive invasions

From Conservation magazine’s Journal Watch Online

Revved-up evolution allows invasive species to rampage through new habitat, a study published in Molecular Ecology shows. The seeming ease with which chinook salmon Oncorhynchus tshawytscha colonized New Zealand in the early part of the twentieth century was a complex combination of ecology and evolution, according to University of Maine biologist Michael Kinnison and colleagues.

Studies of biological invasions have often considered ecology — freedom from predators and/or parasites, lack of competition and so on — but evolution on a short timescale has seldom been seen as a major factor. Kinnison’s neat experimental approach, which involved releasing captive-bred salmon to several NZ river systems, showed that substantial and rapid evolutionary change has taken place among populations with differing local ecological conditions. The ever-worsening threat that invasive species pose to global biodiversity suggests the need to take evolvability very seriously, and these findings raise many questions about how we tackle the problem.

Source: Kinnison MT, Unwin MJ & Quinn TP (2007) Eco-evolutionary vs. habitat contributions to invasion in salmon: experimental evaluation in the wild. Molecular Ecology DOI: 10.1111/j.1365-294X.2007.03495.x

Scholarly networks on resilience, vulnerability and adaptation – update

Marco Janssen has updated his 2006 analysis of scholary networks in global change resilience, vulnerability and adaptation research. For his new paper in Ecology and Society (Janssen 2007) Janssen added more than 1000 new publications to the database, to analyze a total of 3399 publications from between 1967 and 2007. His analysis shows both rapid increase in the publications in the field, as well as increased integration of the three knowledge domains

Janssen mapped the co-author network of the almost 7000 unique authors in the data set. He selected the 16 most productive authors with a minimum of 15 papers. Both sets make up the set of 17 authors who are very productive and/or collaborative. Next, we determined all co-authors for those 17 authors, but kept only the 69 authors who had published a minimum of six papers.

figure 2

The figure above shows the most productive and best connected authors with the strongest co-authorship relations. Circles denote author nodes, and are labeled by the author’s last name and initials. Legend: Node – author; Node area size—# of publications; Node area color—# of unique co-authors.

Also, interestingly, three of the journals that contain the most articles in this field were newly founded in the past decade: Global Environmental Change, Ecology and Society, and Ecosystems. Ecology and Society is the most journal with the most papers in the resilience domain and the 4th greatest number of citation.

Key works that are heavily cited across research communities are:

Burton, I., R. W. Kates, and G. F. White. 1978. The environment as hazard. Oxford University Press, New York, New York, USA.

Holling, C. S. 1973. Resilience and stability of ecological systems. Annual Review of Ecology and Systematics 4:1–23.

A damaged world vs. a severely damaged world

The full report from the IPCC Impacts, adaptation and vulnerability working group is now available (it can be downloaded from their website). Martin Parry, co-chairman of the working group says:

“The choice is now between a future with a damaged world and a future with a severely damaged world,” said Professor Martin Parry, of the Met Office and joint chairman of [IPCC working group 2 – Impacts, adaptation and vulnerability]. “It’s quite striking how big the challenge is. It’s not so long ago that we were all talking about how our children and grandchildren would be affected by climate change. Now, looking at this evidence, it’s in our own lifetimes.” (via 3quarksdaily)

In the report Chapter 20: Perspectives on Climate Change and Sustainability contains Table 20.8 and 20.9 that summarize some of the expected amount of climate change expected for different emissions scenarios and the consquences of those those changes. Click on the images below to see the fullsize versions.

highway to hell

Table 20.8 – global impacts

highway to hell - regional version

Table 20.9 – regional impacts

Losing agricultural diversity

avian breeds from FAO reportThe drive for agricultural efficiency is driving the loss of the capacity for agriculture to cope with shocks and adapt to future change. This pattern fits that general pattern of the pathology of natural resource management that Buzz Holling has described previously.

The FAO, in collaboration with the International Livestock Research Institute (ILRI) and other groups, surveyed farm animals in 169 countries, to produce a report of global livestock diversity “The State of the World’s Animal Genetic Resources.” This report shows that many local varieties of livestock are declining due to the promotion of common varieties.

Nature News has an article on the FAO report Local livestock breeds are dying out as commercial breeds sweep the world.

Many of the world’s indigenous livestock breeds are in danger of dying out as commercial breeds take over, according to a worldwide inventory of animal diversity. Their extinction would mean the loss of genetic resources that help animals overcome disease and drought, particularly in the developing world, say livestock experts.

…The survey reports that 11% of the investigated breeds are now extinct (some having disappeared many decades ago), 16% are currently at risk, 38% are unthreatened, and the security of the remaining 35% is unknown.

Local breeds, nearly 70% of which are found in the developing world, are often better suited to their environments than commercially marketed animals bred for their high yields and short-term profitability, Seré argues. Red Maasai sheep, for example, are naturally resistant to intestinal parasites, and Uganda’s indigenous Ankole cattle are particularly drought-hardy.

Until recently, natural selection allowed animals to adapt, but now a lot of this is falling through the cracks.

But the dominance of big breeding companies, mostly based in industrialized countries, means that these populations are being supplanted by the most common commercial breeds. Holstein-Friesian cattle, the stereotypical black-and-white dairy cow, are now found in more than 120 countries throughout the world.

The spread of such animals means that many farmers are now working with livestock that are poorly adapted to their environment, Seré says. “Until recently, natural selection allowed animals to adapt, but now a lot of this is falling through the cracks,” he says.

The pursuit of high-yielding animals means that genetic diversity is in crisis even in the established commercial breeds, says Shirley Ellis of the Institute for Animal Health in Compton, UK. She estimates that the roughly one billion Holstein-Friesians in the world were sired by the same few dozen bulls in North America. The advent of cloning for the most prized males will make the inbreeding problem worse still, she says.

Exporting strains such as Holstein-Friesians to the developing world is short-sighted, experts point out. “They don’t cope very well with local climate and diseases,” Ellis says.

Catastrophe Bonds: Markets, Learning and Volatility

“Wall Street is a machine for turning information nobody cares about into information people can get rich from.” Michael Lewis, author of Liar’s Poker, Aug 26 NYTimes in his article about catatrophe bonds – which are used to share disaster lossses – Nature’s Casino:

From Miami to San Francisco, the nation’s priciest real estate now faced beaches and straddled fault lines; its most vibrant cities occupied its most hazardous land. If, after World War II, you had set out to redistribute wealth to maximize the sums that might be lost to nature, you couldn’t have done much better than Americans had done. And virtually no one — not even the weather bookies — fully understood the true odds.

But there was an exception: an American so improbably prepared for the havoc Tropical Depression 12 was about to wreak that he might as well have planned it. His name was John Seo, he was 39 years old and he ran a hedge fund in Westport, Conn., whose chief purpose was to persuade investors to think about catastrophe in the same peculiar way that he did. He had invested nearly a billion dollars of other people’s money in buying what are known as “cat bonds.” The buyer of a catastrophe bond is effectively selling catastrophe insurance. He puts down his money and will lose it all if some specified bad thing happens within a predetermined number of years: a big hurricane hitting Miami, say, or some insurance company losing more than $1 billion on any single natural disaster. In exchange, the cat-bond seller — an insurance company looking to insure itself against extreme losses — pays the buyer a high rate of interest.

everywhere he goes, he has been drawn to a similar thorny problem: the right price to charge to insure against potential losses from extremely unlikely financial events. “Tail risk,” as it is known to quantitative traders, for where it falls in a bell-shaped probability curve. Tail risk, broadly speaking, is whatever financial cataclysm is believed by markets to have a 1 percent chance or less of happening. In the foreign-exchange market, the tail event might be the dollar falling by one-third in a year; in the bond market, it might be interest rates moving 3 percent in six months; in the stock market, it might be a 30 percent crash. “If there’s been a theme to John’s life,” says his brother Nelson, “it’s pricing tail.”

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Adaptation to climate change: building resilience

In Time magazine’s mediocore issue (March 29th) on responding to climate change, journalist Mark Hertsgaard has a good article on adaptation:

With his curly, salt-and-pepper hair and thoughtful demeanor, Chris West looks like just another mid-career professor as he crosses the streets of Oxford University. But West, trained as a zoologist, is more an activist than an academic these days. From his cramped office around the corner from Balliol College, he directs the government’s UK Climate Impacts Program, which educates individuals and businesses in Britain about the risks they face from climate change and the ways to cope with it.

Not long ago, West says, a DuPont executive boasted to him about how well his company was now treating the environment. Jolly good, West replied, but was DuPont also prepared for how the environment might treat DuPont? “I asked how many of his company’s 300-odd facilities around the world were located in floodplains,” West says. Global warming will bring increased risks to anyone located in a floodplain. “He didn’t know,” West recalls. “I said, ‘Don’t you think you should?'”

For years, global warming was discussed in the hypothetical–a threat in the distant future. Now it is increasingly regarded as a clear, observable fact. This sudden shift means that all of us must start thinking about the many ways global warming will affect us, our loved ones, our property and our economic prospects. We must think– and then adapt accordingly.

In the April 3rd New York Times, Andrew Revkin has a good long article Reports From Four Fronts in the War on Warming on inequality in climate impacts and adaptation.

Over the last few decades, as scientists have intensified their study of the human effects on climate and of the effects of climate change on humans, a common theme has emerged: in both respects, the world is a very unequal place.

In almost every instance, the people most at risk from climate change live in countries that have contributed the least to the atmospheric buildup of carbon dioxide and other greenhouse gases linked to the recent warming of the planet.

Those most vulnerable countries also tend to be the poorest. And the countries that face the least harm — and that are best equipped to deal with the harm they do face — tend to be the richest.

To advocates of unified action to curb greenhouse gases, this growing realization is not welcome news.

“The original idea was that we were all in this together, and that was an easier idea to sell,” said Robert O. Mendelsohn, an economist at Yale. “But the research is not supporting that. We’re not in it together.”

The large, industrialized countries are more resilient partly because of geography; they are mostly in midlatitude regions with Goldilocks climates — neither too hot nor too cold.

Many enjoy gifts like the thick, rich soil and generous growing season of the American corn belt or the forgiving weather of France and New Zealand.

But a bigger factor is their wealth — wealth built at least partly on a century or more of burning coal, oil and the other fossil fuels that underlie their mobile, industrial, climate-controlled way of life.

Latour rethinks the social construction of science

Bruno Latour, an eminent figure in social studies of science and science policy, writes Why Has Critique Run out of Steam?  From Matters of Fact to Matters of Concern in Critical Inquiry 2004 30(2).

Wars. So many wars. Wars outside and wars inside. Cultural wars, science wars, and wars against terrorists. Wars against poverty and wars against the poor. Wars against ignorance and wars out of ignorance. My question is simple: Should we be at war, too, we, the scholars, the intellectuals? Is it really our duty to add fresh ruins to fields of ruins? Is it really the task of the humanities to add deconstruction to destructions? More iconoclasm to iconoclasm? What has become of critical spirit? Has it not run out of steam?

Quite simply, my worry is that it might not be aligned to the right target. To remain in the metaphorical atmosphere of the time, military experts constantly revise their strategic doctrines, their contingency plans, the size, direction, technology of their projectiles, of their smart bombs, of their missiles: I wonder why we, we alone, would be saved from those sort of revisions. It does not seem to me that we have been as quick, in academe, to prepare ourselves for new threats, new dangers, new tasks, new targets. Are we not like those mechanical toys that endlessly continue to do the same gesture when everything else has changed around them? Would it not be rather terrible if we were still training young kids–yes, young recruits, young cadets–for wars that cannot be thought, for fighting enemies long gone, for conquering territories that no longer exist and leaving them ill-equipped in the face of threats we have not anticipated, for which we are so thoroughly disarmed? Generals have always been accused of being on the ready one war late–especially French generals, especially these days; what would be so surprising, after all, if intellectuals were also one war late, one critique late–especially French intellectuals, especially now? It has been a long time, after all, since intellectuals have stopped being in the vanguard of things to come. Indeed, it has been a long time now since the very notion of the avant-garde–the proletariat, the artistic–has passed away, has been pushed aside by other forces, moved to the rear guard, or may be lumped with the baggage train. We are still able to go through the motions of a critical avant-garde, but is not the spirit gone?

In this most depressing of times, these are some of the issues I want to press not to depress the reader but to press ahead, to redirect our meager capacities as fast as possible. To prove my point, I have not exactly facts rather tiny cues, nagging doubts, disturbing telltale signs. What has become of critique, I wonder, when the New York Times runs the following story?

“Most scientists believe that [global] warming is caused largely by manmade pollutants that require strict regulation. Mr. Luntz [a lobbyist for the Republicans] seems to acknowledge as much when he says that “the scientific debate is closing against us.” His advice, however, is to emphasize that the evidence is not complete. “Should the public come to believe that the scientific issues are settled,” he writes, “their views about global warming will change accordingly. Therefore, you need to continue to make the lack of scientific certainty a primary issue.”

Fancy that? An artificially maintained scientific controversy to favor a “brown backlash” as Paul Ehrlich would say.  Do you see why I am worried? I myself have spent sometimes in the past trying to show the “lack of scientific certainty” inherent in the construction of facts. I too made it a “primary issue.” But I did not exactly aim at fooling the public by obscuring the certainty of a closed argument–or did I? After all, I have been accused of just that sin. Still, I’d like to believe that, on the contrary, I intended to emancipate the public from a prematurely naturalized objectified fact. Was I foolishly mistaken? Have things changed so fast?

In which case the danger would no longer be coming from an excessive confidence in ideological arguments posturing as matters of fact–as we have learned to combat so efficiently in the past–but from an excessive distrust of good matters of fact disguised as bad ideological biases! While we spent years trying to detect the real prejudices hidden behind the appearance of objective statements, do we have now to reveal the real objective and incontrovertible facts hidden behind the illusion of prejudices? And yet entire Ph.D programs are still running to make sure that good American kids are learning the hard way that facts are made up, that there is no such thing as natural, unmediated, unbiased access to truth, that we are always the prisoner of language, that we always speak from one standpoint, and so on, while dangerous extremists are using the very same argument of social construction to destroy hard-won evidence that could save our lives. Was I wrong to participate in the invention of this field known as science studies? Is it enough to say that we did not really mean what we meant? Why does it burn my tongue to say that global warming is a fact whether you like it or not? Why can’t I simply say that the argument is closed for good?

Anticipatory Ecological Dynamics

In a Dec 2006 paper in Science Anticipatory reproduction and population growth in seed predators by Stan Boutin et al (314(5807):1928-3) describe how squirrel reproduction increases prior to mast events (the synchronous production of large numbers of seeds), allowing population to increase with the pulse of resources (rather than lagging behind). This paper is important because it shows that the models animals have of their environment are an important aspect of their population dyanmics.

On Faculty of 1000 Biology my colleague Andrew Gonzalez writes about the paper:

The intriguing evidence presented in this paper suggests that classical theories of consumer-resource interactions are in need of modification. The vast majority of consumer-resource theory assumes that the reproductive success and population growth of a consumer depends upon the prior abundance of its prey. That is, that consumer-resource models are based on feedback control. Boutin and co-authors present convincing evidence that the population growth of squirrels (both North American and European) may in fact involve feedforward control. This means that the squirrels seem able to anticipate future “bumper” resource (seeds) production and adjust their reproductive output to coincide with this production. Although the cues used by squirrels to predict the future are not well understood, this finding should stimulate theoretical ecologists to alter their equations.

In my 2003 Ecology paper, Model uncertainity and the management of multi-state ecosystems: a rational route to collapse (84(6) 1403-1411), my co-authors, Steve Carpenter and Buz Brock, showed how people’s expectations of the future can alter system dynamics. In that paper developed a simple integrated social-ecological model that integrates a model of the future that people use to make decisions. When agents update their models of the future based on the behaviour of the world, the actions of the agents (and consquently the behaviour of the world) can change in surprising ways which do not occur when behaviours are fixed. In economics expectations about the future are often expected to stablize system behaviour, but when people’s models do not match the complexity of the world, expectations about the future can destablize the system producing complicated cycles of behaviour.